IEEE 382-2006

382-2006 is an English-language standard focused on Related Actuators for Nuclear Power Generating Stations. It addresses the technical requirements that help define how actuator-related equipment should be selected, specified, and evaluated in nuclear engineering applications. For organizations involved in plant design, procurement, or maintenance, this document can support more consistent engineering decisions where dependable actuator performance is important to station operation and safety.

382-2006 overview

This standard is concerned with actuator-related equipment used in the nuclear power environment, where control and mechanical response must be carefully defined. As a nuclear engineering document, 382-2006 typically provides a structured basis for understanding expectations around design, functional suitability, and application context. It is especially relevant when comparing products or assessing whether equipment aligns with established technical requirements for use in power generating stations.

Typical use cases

382-2006 may be used during specification review, engineering qualification, and procurement of actuator-related components for nuclear power generating stations. It is also useful when evaluating equipment for control systems, valve operation, or other mechanized functions that must perform reliably under station conditions. Engineers, inspectors, and purchasing teams can use the standard to support clearer communication about required characteristics and acceptable performance for nuclear plant applications.

Why this standard matters

In nuclear engineering, consistency and traceability are essential, and 382-2006 helps support both. By providing a common reference for related actuators, it can reduce ambiguity in design and purchasing decisions, improving alignment between suppliers and station requirements. This kind of standard also supports quality control, testing expectations, and risk management, which are important when equipment performance may affect plant reliability, maintenance planning, and overall operational safety.

• Related actuator requirements
• Nuclear power generating station use
• Engineering and procurement reference
• Performance and suitability review
• Quality and compliance support